Vol 11, Issue 7,July/ 2020

ISSN NO: 0377-9254

IOT BASED SHUTTER ALARM SECURITY SYSTEM

SHAIK YASMIN SULTHANA*1 SHAIK ALTHAF HUSSAIN*2

1, Student, Dept of Computer Science Engineering, A1 Global Institute of Engineering &
Technology AP, India.
2 Assist Professor, Computer Science Engineering, A1 Global Institute of Engineering &
Technology AP, India.

ABSTRACT:
An unauthorized entry in to the Bungalows, Banks and warehouses by breaking open the Shutter
is the most common modus operandi noticed in the case of theft, loot, robbery and riots. Till very
recently we had no direct solution for this and we had to depend entirely on the security guards.
As we all know due to its centralized nature & dependence on individuals such security system
has never been so effective. Protection of Shops, God owns etc. has always been a point of great
worry & pain for the owners. Shutter Alarm provides solution for present problem. Shutter Alarm
is a typically designed tailor-made safety device for the total protection of unauthorized entry into
your Shops, Go down etc. by breaking open the shutter, even by few inches. Now, we may surprise
to how our Shutter Alarm Security System can interact with you while we are miles away. Well,
the unit comprises of a control panel device, which can wirelessly communicate with our GSM in
Cell phone. Therefore, the intruder and thieves can’t tamper with it, and various sirens and sensors
are connection to the central control device as well.
1.0 INTRODUCTION
The Security nowadays had become one of the major and important problem in private institutions
in which certain security structures have been proposed and transferred to some set of processes.
The Security frameworks are essential to guarantee data, ownership and the desire for theft or
terrible behavior. From server features to banks, security frameworks are essential. IOT is a course
of action for physical materials, tools, structures, vehicles, and various objects that have been
introduced from sensors and system configurations that leverage the use of hardware and software
to collect business information.
Internet of things (IOT):
The Internet of Things can be represented as the relationship of physical things or electronic
objects or software programming, detection circuits, and allows openness to circulate information
between a product, employees, or tools related to the Internet of Things or in an instant called IOT.
In general, the IOT authorizes items to be distinguished and controlled in a circular fashion across
the foundations of the current system, creating open avenues for progressive direct coordination
of the material world in PC-based structures, and an acknowledgment of improved productivity,
accuracy and cash-related breath.

Fig 1.1 Internet of things

www.jespublication.com Page No:1035

 Vol 11, Issue 7,July/ 2020
ISSN NO: 0377-9254

 The tool can be anything related to the Internet and has the information that need to
access the cloud.
 Devices can perceive application requests.
 The devices themselves are surprisingly separate with the IoT organization with a
recognizable choice code for that tool.
 Devices must be selected before they can communicate with the IoT.
Managed and unmanaged options with the devices
In general, the managed devices which represented as tools that contain the president of an
association. The Link Master is a great hypothesis that enables syringes to collaborate with the IoT
Device Management Association through device management display technologies. Tools
supervised by can perform on-board functions including region strengthening, firmware download
and restore, rebooting, and factory reset care.
Applications
 The application is everything that has to do with the Internet and the needs to cooperate
with the information of the alternatives and the control, in addition to directing these
tools to a great extent.
 You view the applications in IOT using the API key and the unique application ID.
 Applications must not be selected before they can interact with the IOT Foundation.
Proposed system
The proposed system is installed or displayed at the base of the screen. For the proposed system,
Installation time only takes 15-20 minutes for any shutter. The base and chassis have full access
to the door sensor attached to the door. If a broken screen switch tries to break the screen, the
sensor is released, frames start and alarm sounds, and at the same time you can get the connection
from your side with reliable reconnect and SMS messages through the unit GSM to which the
ESP8266 wifi adheres. We provide shade safety frames resist tes, our deeply configurable
structures adapt to other manufactured sensors and our Android applications are interchangeable
with other security architectures such as Honeywell, Zicon, ADT, etc.
Advantages of the proposed system
 First of all the proposed system will be highly secured system
 Siren with versatile alert when opening the screen.
 Easy to render on any screen.
 Very solid against impact.

System analysis
The existence of the company's mind is investigated at this point and a critical understanding is
provided with a comprehensive mission strategy and two interpretations. During the evaluation of
the system, the accessibility of the proposed system is evaluated. This is to ensure that the proposed
system is not a membership heap. To evaluate practical application, an idea of the massive needs
of the system is necessary.
Three main aspects that needs to be covered in the feasibility study are as follows,
 Technical Feasibility
 Economic Feasibility
 Social Feasibility

www.jespublication.com Page No:1036

 Vol 11, Issue 7,July/ 2020
ISSN NO: 0377-9254

Technical feasibility
This feasibility is carried out to verify the specific sensitivity, that is, the basic requirements
identified for the system. No system should have an interest in open open assets. This will increase
the high demands for accessible free assets. This will result in large customer orders being placed.
The manufactured system must be in urgent need, as minor or fundamentally invalid changes are
required to implement this system.
Economic feasibility
This feasibility is carried out to verify the financial impact that the system will have on the
association. The degree of emptiness with which affiliation can fill the imaginary work of the
regime is limited. The uses must be legalized. Since the requirements are also in the system also
designed within the spending plan, this has been refined in light of the fact that, with a remote
possibility, most of the improvements used are directly accessible. Basically you have to buy
things.
Social feasibility
Finally the social feasibility is to verify the degree of insistence of the system by the client. This
links the path to customer readiness to use the system productively. The customer should not feel
vulnerable by the system, but remember it as a need. The degree of guarantee of the client depends
exclusively on the techniques used to guide the client on the system and familiarize him. Her
confirmation must be high, so she is willing to carry out some support tests, which are invited,
since she is the last client of the system.
Hardware components and its description
The section quickly explains about the mission hardware implementation. Talk about the structure
and workflow of a work path with the help of a square diagram, a circuit diagram, and a detailed
illustration of the shape of the circle. Highlights, time, scheduling, progressive correspondence,
ESP8266. It comparatively illustrates the units used in this task.

Fig. Block Diagram

Entry sensors (everything often referred to as a photoelectric or infrared section, electrical safety
entry edges, a door sign, electrical converging edges, or an electrician) is a lifting device that sees
a traveler or something on the door that protects the entrances from closing (Respond is usually
shown). If an individual or item irritates the entrance and senses the individual or object, then the
portal revives and remains open and will not close until the individual steps away or the item is
ejected from the door
Working process of Door sensor
Door sensors mostly come in two separate pieces. One piece fits on the door or window, while its
accessory is attached to the edge of the window. The national security of the United States does
not require any additional mechanical assembly to establish itself. Depending on your trend, liberal

www.jespublication.com Page No:1037

 Vol 11, Issue 7,July/ 2020
ISSN NO: 0377-9254

base glue will hold the sensors in place. If you need sensors, they can be horribly horrible in the
rays or around the window for extra help, ignoring how decent they are. Actually put the sensor
pieces together, keeping in mind how they interact when moving a door or window. Sensors use
attractive fields to track progress between a door or window and an edge. When disconnected, for
example, when the door or window is opened, the sensors give a hint to the alert panel. The council
will evaluate the condition and inform you of the unusual improvement in your home. If a burglary
event should arise, a professionally supervised home security system will contact the nearest crisis
center for assistance.
Access to the GSM network:
To get to the GSM Associations, the client needs three things:
 The fault relationship for the PDA officer. This generally occurs when associations are
paid for the time they take (prepayment) or when invoices are sent and settled after the
association is spent (postpaid).
 A remote control suitable for the GSM system and works similarly to the official one.
Most phone affiliates sell phones from unacceptable manufacturers.
 A personal support unit (SIM card), which is required by the administrator once the
stimulus relationship has been established. After starting, the card is changed using the
MSISDN number (phone number). Certain data, for example, measures to contact loved
ones on a SIM card, can be handled by the certification authority.
System Design:
Software design is in the specific part of the software construction process and is applied by
pushing a little to the perspective of progress and location of use. The arrangement is the primary
stage in the progression stage of anything or organized system. The designer is likely to design a
model or illustration of a component to be collected later. Initially, when the platform is resolved
and detached, the system order is the first of three specific activities: the structure, code, and testing
required to collect and commit programs.
The necessary can be connected to the word "quality". Preparation is developing a quality place in
program improvement. The configuration gives us images of programs that can evaluate the
quality. Configuration is the primary way in which we can accurately understand a customer's
opinion of a final software or system.
System Architecture

Figure: Architecture design

www.jespublication.com Page No:1038

 Vol 11, Issue 7,July/ 2020
ISSN NO: 0377-9254

Use case Diagram

Figure: Use case diagram for shutter alarm security system.

IMPLEMENTATION
The implementation phase is one of the important phases for any project. is the time of the task
when the theoretical structure is changed to a working system. Therefore, it can be considered the
most important stage to achieve a new profitable system and to bestow on the customer, ensuring
that the new system works and amazes. The implementation phase incorporates a careful analysis,
evaluation of the current system and its objectives in the implementation, provision of strategies
to achieve the transformation and evaluation of the transformation techniques.
 Providing Shutter Lock
 Warning alert With Alarm
 Passing Message to GSM
Provide shutter lock
The store / publishing center owner will continually impact the screen. We need to turn on the
system and use the door lock sensor that is connected to the shade base to identify the open and
close screen. The door lock sensors have a switch and a magnet, which makes the circuit closed.
If someone opens a tight shutter, the magnet detaches from the switch, which breaks the circuit
and trips.
SYSTEM IMPLEMENTATION
Here in the below the Arduino tool is a Popular Software, combines project management,
source code Editing, Program Debugging and powerful environment.

www.jespublication.com Page No:1039

 Vol 11, Issue 7,July/ 2020
ISSN NO: 0377-9254

Figure: Opening the Arduino tool from the Start menu.

Figure: Opening a project in Arduino Tool

CREATING A NEW PROJECT
For Creating a New Project click on the Tools click on New File

Fig. Creating a New Project click on the Tools click on New File
WRITING THE SOURCE CODE
Developing source code using Arduino Tool

www.jespublication.com Page No:1040

 Vol 11, Issue 7,July/ 2020
ISSN NO: 0377-9254

Figure: Developing source code using Arduino Tool

SAVING THE CODE:

Figure: Saving the Code

ASSEMBLING
To convert your program to machine language click on arrow mark which is provided in Toolbar.
Click on arrow mark icon in the Toolbar.

Figure: Upload Code

The below table represents the testing phase of the project

www.jespublication.com Page No:1041

 Vol 11, Issue 7,July/ 2020
ISSN NO: 0377-9254

TEST CASE CONDITION EXPECTED OBSERVED RESULT

BEING RESULT RESULT
CHECKED

Door Lock Check whether the Door lock sensor Observed that door Pass
sensor door lock sensor should be attached sensor is attached
which is attached to to the shutter for to the shutter for
the shutter touching providing security providing security.
the ground or not by identifying the
status of the
shutter.
ESP WIFI Check when the ESP should get the Observed that Pass
shutter breaks then status of shutter information of
the information lock as opened shutter opening
passes to ESP or when unauthorized status is received
not. persons breaks the by ESP.
shutter.
GSM Module Check whether it Message or sms Observed that Pass
receives should be sent to Message sent to the
information from owner. owner.
ESP and sends
message to the
owner.
Buzzer Module Check whether Buzzer should give Observed that Pass
Buzzer gives alarm an alarm as an alert buzzer gives alarm
When shutter is to the owner, when as an alert to the
opened. the shutter is open. owner, when
shutter is open.

Panic button Check when When pressed Got alarm sound by Pass
pressed gets alarm should get alarm pressing
sound and sms and sms to owner
Table. 6.1 Test cases of pass condition
TEST CONDITION BEING EXPECTED OBSERVED RESULT
CASE CHECKED RESULT RESULT

Door Lock Check whether the Door lock sensor Observed that door Fail
sensor door lock sensor which should be sensor is not
is attached to the attached to the attached to the
shutter touching the shutter for shutter for
ground or not providing providing security.
security by

www.jespublication.com Page No:1042

 Vol 11, Issue 7,July/ 2020
ISSN NO: 0377-9254

identifying the
status of the
shutter.
ESP WIFI Check when the shutter ESP should get Observed that Fail
breaks then the the status of information of
information passes to shutter lock as shutter opening
ESP or not. opened when status is not
unauthorized received by ESP.
persons breaks
the shutter.
GSM Check whether it Message should Observed that fail
Module receives information be sent to owner. Message is not
from ESP and sends sent to the owner.
message to the owner.
Buzzer Check whether Buzzer Buzzer should Observed that fail
Module gives alarm When give an alarm as buzzer did not give
shutter is opened. an alert to the alarm as an alert to
owner, when the the owner, when
shutter is open. shutter is open.
Panic button Check when pressed By pressing Did not get alarm Fail
gets alarm sound and should get alarm sound by pressing
message sound and SMS

OUTPUT RESULT:

Figure: Connections of The door sensor

www.jespublication.com Page No:1043

 Vol 11, Issue 7,July/ 2020
ISSN NO: 0377-9254

Figure: Output of the door sensor

Figure: Message Send to The Mobile

CONCLUSION
As per the conclusion, it is clear the present project had been implemented and developed
successfully. The present project have its own unique features as the name suggests that after
putting the system on any unauthorized entry can be restricted or our valuables property can be
protected the hooter went on immediately upon any entry. This will prevent theft by sounds of
hooter, Which not only tries to prevent the theft and loot and it takes the necessary steps like
informing the nearby police station as well as after buzzing loud siren, so that it can reach at the
place before anything major incident happened at the places such as commercial places or homes.
FUTURE SCOPE
There is always place for improvement and future scope. There are several features those will be
integrated in the future aiming to solve many problems and advancements. The features to be
integrated in future are a camera is to be fixed outside the shutter and record the entry of intruder
and make the video as MMS to the owner. The other feature is to make an android application and
frequently check the status of the shutter. The final one is the impact detection sensor, which is

www.jespublication.com Page No:1044

 Vol 11, Issue 7,July/ 2020
ISSN NO: 0377-9254

capable of detecting any kind of physical impact made on the shutter and an alarm on the owner’s
mobile device.
REFERENCES
1. Huang H, Xiao S, Meng X, Xiong Y (2010) A Remote Home Security System Based on
Wireless Sensor Network and GSM Technology, Second Int. Conf. on Networks Security,
Wireless Communications and Trusted Computing.
2. Zhu A, Lin P, Cheng S (2012) Design and Realization of Home Appliances Control System
Based on The Android Smartphone, IEEE Int. Conf. on Control Engineering and Communication
Technology.
3. Rana GMSM, Khan AAM, Hoque MN, Mitul AF (2013) Design and Implementation of a GSM
Based remote home security and appliance control system, in Proc. IEEE Int. Conf. on Advances
in Electrical Engineering.
4. Sharma RK, Ayub Mohammad, Kalita H, Kalita D (2014) Android Interface based GSM Home
Security System, IEEE, Inter. Conf. on Issues and Challenges in Intelligent Computing
Techniques.
5. Teymourzadeh R, Ahmed SA, Chan KW, Hoong MV (2013) Smart GSM Based Home
Automation System, IEEE Conf. on Systems, Process & Control (ICSPC2013), Kuala Lumpur,
Malaysia.

www.jespublication.com Page No:1045